Technical depth on OWASP Top 10, EASM, DAST, and building continuous security programs. Written for engineers and security teams who ship.
External Attack Surface Management maps what is exposed to the internet. DAST actively tests for exploitable vulnerabilities. This post explains why neither approach alone is sufficient — and how combining them gives you the full threat picture.
Annual penetration tests cost $15,000–$50,000 and produce a point-in-time report that's outdated the moment it's printed. This post breaks down the true cost model and makes the business case for continuous automated security.
A strategic briefing for security leaders on why EASM has moved from emerging category to operational necessity — and what a mature EASM program looks like in practice.
Security Misconfiguration jumped to #2. SSRF earned its own top-level category. AI-generated code risks are formally addressed for the first time. Here is the complete breakdown of the 2025 update and its operational implications.
An objective comparison of point-in-time security audits versus continuous automated testing across detection speed, coverage, cost, and compliance value — with a framework for choosing the right model for your organization.
A technical deep-dive into subdomain takeover — how dangling CNAME records create takeable endpoints, how attackers claim them, and how automated EASM detection prevents this class of vulnerability.
A technical walkthrough of the SQL injection detection pipeline — how the Advanced Web Crawler discovers injectable parameters, and how the Automated Injection Engine validates exploitability with evidence.
A detailed breakdown of how the Threat Score is calculated — CVSS severity weighting, finding density, asset exposure, and attack surface breadth — and how to interpret your score as an actionable risk posture signal.
Broken Access Control has been the #1 OWASP vulnerability since 2021, found in 94% of tested applications. This post covers detection strategies, common patterns, automated testing approaches, and a remediation framework.
Step-by-step tutorial for routing PentestCheck security alerts to Slack, Discord, Telegram, and custom endpoints — with payload examples, severity filtering, and a GitHub Actions integration pattern.
Security Misconfiguration jumped to #2 in OWASP Top 10 2025 because cloud infrastructure has made it the most common real-world attack vector. This post covers the full spectrum of misconfigurations, detection methods, and a systematic hardening checklist.
Server-Side Request Forgery earned standalone status in OWASP Top 10 2025 after a string of high-profile cloud breaches. This post explains how SSRF works against cloud infrastructure, how to detect it with active probing, and how to prevent it architecturally.
REST and GraphQL APIs have a fundamentally different attack surface than traditional web applications. This post covers the OWASP API Security Top 10, why traditional DAST tools fail at API testing, and what a proper API security assessment looks like.
Security culture is not a training program or a compliance exercise. It's an engineering practice embedded in daily workflows. This post outlines the structural shifts that move organizations from reactive security to proactive continuous monitoring.
JSON Web Tokens are the dominant authentication mechanism for APIs and SPAs. They're also consistently misconfigured in ways that lead to authentication bypass. This post covers the 5 most common JWT security failures and how to test for them.
AWS misconfigurations are behind the majority of cloud breaches. This post documents the 7 most common attack-leading misconfigurations, how external scanners detect them, and the AWS-native controls that prevent them.
Open source dependencies are the largest unmanaged attack surface in most codebases. This post covers the full SCA workflow — inventory, CVE monitoring, exploitability assessment, and SBOM generation — for teams that ship continuously.
Certificate expiry causes outages. Certificate misconfiguration causes breaches. This post covers TLS security hardening, certificate lifecycle automation, and why your EASM program must monitor certificates continuously.